Aerospace 7th Sem

8/12/2019 Aerospace 7th Sem

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Annexure CD 01

COURSE CURRICULUM

Course Title: FLIGT D!"AMICS

Course Co#e: To $e #e%i#e#

Cre#it Units: 0&

Course O$'e%ti(es:This course is designed to make the students understand the complexities of airplane & rocket dynamics. Six degree of freedomanalysis of Flight vehicles, along with stability and control aspects. A comprehensive analysis of aircraft motion and stability will be stressed upon in this

course.

)re*re+uisites: Aircraft stability & control, Airplane erformance.

Stu#ent Le,rnin- Out%o.es:

!evelop "!#F mathematical model to predict dynamic response of the flight vehicles.

!efine stability criterion of the flight vehicles.

!ifferentiate and examine different modes of the aircraft motion.

$valuate and predict dynamic response of the flight vehicles corresponding to various control inputs

%alculate performance of single and multistage rockets.

Course Contents/Sll,$us:ei-2t,-e 345

Mo#ule I : Intro#u%tion 16

Des%ri7tors/To7i%s: Fundamentals of vector. article and 'igid body kinematics( Fixed frame of reference, rotating

frame of reference. %hoice of Axes( principal axes, stability axes, body axes. Transformation of coordinates.

Mo#ule II : Air%r,8t E+u,tions o8 Motion 96

Des%ri7tors/To7i%s : )eneral e*uations of unsteady motion of airplane( Force e*uations in moving frame, +omente*uations in moving frame. #rientation and position of the airplane( rinciple 'otation, $uler angles, $uler rates,Transformation matrix. $xternal forces. Angular velocities e*uations in moving frame. elocities e*uations in moving

frame. Flight simulation of powered and unpowered flights.

L T )/S S/

F

TOTAL

CREDITU"ITS

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Mo#ule III : S.,ll*Distur$,n%e T2eor 96

Des%ri7tors/To7i%s : 0ineari1ed e*uations of aircraft motion( %ontrol fixed longitudinal e*uations, control fixed

lateraldirectional e*uations. Stability criteria. Stability analysis of lineari1ed e*uations of motion. Airplanelongitudinal motion( Short period approximation, hugoid approximation. Airplane lateral motion( Spiral

approximation, 'oll approximation, !utch roll approximation. Sample calculation on longitudinal and lateral motion

approximations.

Mo#ule I : St,$ilit Deri(,ti(es 90

Des%ri7tors/To7i%s : $xpressions for

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Mo#ule : Fun#,.ent,ls o8 Ro%;et Dn,.i%s 16Des%ri7tors/To7i%s : %lassification of rockets. Flight performance of single stage rocket. !esign parameters.

erformance in terms of design parameters. Flight performance of multistage rocket.

)e#,-o- 8or Course Deli(er: Session lan 2 coursematerial uploading, %lassroom teaching associatedwithassignments, presentations< *ui1, viva

voce and evaluation.

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List o8 Ex7eri.ents:

Assess.ent/ Ex,.in,tion S%2e.e:

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1004 "A 100

T2eor Assess.ent 3L=T5:


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)re*re+uisites: +aterial Science


$xplain stress strain relation of composite material.

!escribe performance of composite components under fatigue, impact and other flight conditions.

!ifferentiate and examine various types of aircraft composite materials

$valuate strength of composite materials.

Course Contents/Sll,$us:

ei-2t,-e 345

Mo#ule I : Intro#u%tion to Aeros7,%e Co.7osites 16

Des%ri7tors/To7i%s : %lassification and characteristics of %omposite materials. $lementary study of mechanical

behaviour of composite materials. Advantages of composite materials when applied to Aerospace fabrications.

Mo#ule II : M,%ro*.e%2,ni%,l e2,(iour o8 , L,.in, 96

Des%ri7tors/To7i%s : Analysis of a lamina( %onstitutive e*uations for the lamina of an arbitrary #rientation,Transformation relations. Strength concepts, $xperimental determination of strength and stiffness. 7iaxial strength

theories for an orthotropic 0amina( +aximum stress theory, maximum strain theory, Tsai >ill theory. Tsaiwn tensor

theory, as applied to aerospace structures.

Mo#ule III : Mi%ro*.e%2,ni%,l e2,(iour o8 , L,.in, 90

Des%ri7tors/To7i%s : !etermination of elastic constants of an orthotropic 0amina by mechanics of materials approach

for a aircraft ;ing 7ody. !etermination of tensile and compressive strength of a lamina in the fibre direction ofmechanics of materials approach.

Mo#ule I : An,lsis o8 L,.in,te# Co.7onents 90Des%ri7tors/To7i%s : %lassical 0amination Theory( 0amina StressStrain behaviour, strain and stress behaviour in a0aminate. 'esultant 0aminated forces and moments. 0aminate Stiffnesses( Symmetric, Antisymmetric and non

symmetric 0aminate stiffness, 0aminate strength( 0aminate strength analysis procedure. 0aminate, strength criteria,thermal and mechanical strength analysis, strength of crossply and Angleply laminates.

Mo#ule : S7e%i,l To7i%s rel,tin- to Air%r,8t Co.7osite M,teri,ls 90

Des%ri7tors / To7i%s:


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List o8 Ex7eri.ents:


T2eor L/T 345 L,$/)r,%ti%,l/Stu#io 345 Tot,l

1004 "A100


Continuous Assess.ent/Intern,l Assess.ent * &0 En# Ter.

Ex,.in,tion

Co.7onents 3Dro7

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ei-2t,-e 345 3 4 5 6 64

L,$/ )r,%ti%,l/ Stu#io Assess.ent:

Continuous Assess.ent/Intern,l Assess.ent En# Ter.Ex,.in,tion

Co.7onents 3Dro7

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Text = Re8eren%es:

'.+. :ones, 8+echanics of %omposite +aterials9.

Sabodh ?. )arg, 8Analysis of Structural %omposite +aterials9. 'obert =icholle, 8%omposite %onstruction +aterials >andbook9.

7hagwan !. Agarwal and 0awrence, 8Analysis and performance of Fibre %omposites9, 7routman, :ohn ;iley.

'onald and F. )ibson, 8rinciples of composite +aterials +echanics9, +c)raw >ill


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Annexure CD 01

COURSE CURRICULUM

Course Title: ASICS OF COM)UTATIO"AL FLUID D!"AMICS

Course Co#e: To be decided

Cre#it Units: 0&

Course O$'e%ti(es:This course will introduce the discreti1ation techni*ues to solve the essential flow e*uations like =S e*uation and 'A=S which are

in complex partial differential forms. Techni*ues to model the entire flow domain into regular and irregular grid system and adopting the suitable

boundary condition to solve them. This course will also teach the common errors and solution instabilities in numerical analysis of any flow problem.

)re*re+uisites: Aerodynamics < &


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Des%ri7tors/To7i%s : 7asic discreti1ation techni*ues,


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Ex,.in,tion

Co.7onents 3Dro7

#o>n5

A CT S//? A @0

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Continuous Assess.ent/Intern,l Assess.ent En# Ter. Ex,.in,tion

Co.7onents

3Dro7 #o>n

)R LR A E)

ei-2t,-e 345 4 4 3 3 /3 /3

Text = Re8eren%es:

:ohn !. Anderson, %omputational Fluid !ynamics( The 7asics with Applications, +c )raw >ill, DD3. >.?. ersteeg and ;. +alalasekera, An eat Transfer and Fluid Flow, +c)raw>ill,D5.

atrick ?nupp and Stanly Steinberg, Fundamentals of )rid )eneration, %'% ress, DDE.

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Annexure CD 01

COURSE CURRICULUM

L T )/S S/

F

TOTAL

CREDIT

U"ITS

- - /

C Titl I"TRODUCTIO" TO FI"ITE ELEME"T METOD


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Course Title: I"TRODUCTIO" TO FI"ITE ELEME"T METOD

Course Co#e: To be decided

Cre#it Units: 0&

Course Objectives:This course will introduce the numerical analysis techni*ues to solve the various problems related to structural loading like bending,

deflection and buckling etc.


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Mo#ule : Dn,.i% Consi#er,tions 90

Des%ri7tors/To7i%s : Formulation for point mass and distributed masses, %onsistent element massmatrix of one dimensional bar element, truss element, axisymmetric triangular element, *uadrilatateral

element, beam element. 0umped mass matrix, $valuation of eigen values and eigen vectors, Applicationsto bars, stepped bars, and beams.

)e#,-o- 8or Course Deli(er: Session lan 2 coursematerial uploading, %lassroom teaching associatedwithassignmentsn5

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Co.7onents

3Dro7 #o>n

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Text = Re8eren%es:


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Text = Re8eren%es:

%handrupatla T. '., Finite $lements in engineering, -nd $dition, >. ., Finite $lements Analysis rocedures in $ngineering, Cniversities ress, -44E

'ao S. S., Finite $lements +ethod in $ngineering, Eth $dition, $lsevier, -44".

.Seshu, Textbook of Finite $lement Analysis >


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Mo#ule I : Intro#u%tion to Finite Ele.ent Met2o# 1

Des%ri7tors / To7i%s: $ngineering Analysis, >istory, Advantages, %lassification, 7asic steps,

%onvergence criteria, 'ole of finite element analysis in computeraided design., +athematicalreliminaries, !ifferential e*uations formulations, ariational formulations, weighted residual methods.

Mo#ule II : One*Di.ension,l Ele.ents 90

Des%ri7tors/To7i%s : Analysis of 7ars and Trusses, 7asic $*uations and otential $nergy Functional,

! 7ar $lement, Admissible displacement function, Strain matrix, Stress recovery, $lement e*uations,Stiffness matrix, %onsistent nodal force vector( 7ody force, igher #rder $lements.

Mo#ule III : T>o*Di.ension,l Ele.ents 90

Des%ri7tors/To7i%s : Analysis of lane $lasticity roblems( Three=oded Triangular $lement T'igher #rder $lements T'


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Ex,.in,tion

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Co.7onents

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Text = Re8eren%es:

%handrupatla T. '., Finite $lements in engineering, -nd $dition, >. ., Finite $lements Analysis rocedures in $ngineering, Cniversities ress, -44E

'ao S. S., Finite $lements +ethod in $ngineering, Eth $dition, $lsevier, -44".

.Seshu, Textbook of Finite $lement Analysis >


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Course Title: )"EUMATIC A"D !DRAULIC S!S!EMS I" AUTOMOILE E"GI"EERI"G

Course Co#e:

Cre#it Units: 0

Course O$'e%ti(es: T2e %ourse el,$or,tes 7rin%i7les o8 2#r,uli% ,n# 7neu.,ti% #e(i%es< ele%tro 7neu.,ti% %o.7onentsB It -i(es ,n o(er(ie> o8

%ontrol sste.s ,sso%i,te# >it2 2#r,uli% ,77li%,tions

)re*re+uisites: T2e stu#ent s2oul# 2,(e $,si% ;no>le#-e o8 l,>s ,n# %on%e7ts o8 2#r,uli%s ,n# 8lui# .e%2,ni%sB


1. De.onstr,te ;no>le#-e o8 8un#,.ent,l %on%e7ts o8 )neu.,ti% ,n# #r,uli% %ontrolB2. I#enti8 (,rious %o.7onents o8 )neu.,ti% ,n# #r,uli% %ontrol sste.sB

3. Desi-n ,n# ,n,le 7ro$le.s rel,tin- to )neu.,ti% ,n# #r,uli% %ontrol sste.s ,n# %o.7onentsB

Course Contents/Sll,$us:ei-2t,-e 345

Mo#ule I &04

Des%ri7tors/To7i%s

1. ydraulic power generation and transmission.

3. alve control pressure flow relationship for hydraulic valves.

4. alve configurations and constructions.

5. Transient forces and valve stability.

6. %ircuit design, neumatic valves.

7. >ydraulic and pneumatic drives.

Mo#ule II 904

Des%ri7tors/To7i%s

1. Ser(o* ,n# )ro7ortion,l Control Sste.s

Mo#ule III &04

Des%ri7tors/To7i%s

1.


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Text & References:

Text:

Anthony $spisito, 8 Fluid ower with Application9, earson $ducation SingaporeG te.0td, !elhi, ydraulic Systems( rinciples and +aintenance9, Tata +c)raw >ill ublishing %ompany 0td., =ew !elhi, Fourth 'eprint, -44/.

eter 'ohner, 8Fluid ower 0ogic %ircuit !esign Analysis, !esign +ethod and ;orked $xamples9, The +acmillan ress 0td., C?, D6D.

Festo ?), 8neumatic Tips9, Festo, )ermany, D56.

Andrew arr, 8>ydraulic and neumatics9, :aico ublishing >ouse, DDD

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Course Title: Computer Architecture and assembly language

Course e!el: "#

Course Co#e: CSIT116

Cre#it Units: &

Course O$'e%ti(es: The ob@ective of this course is to develop(

An understanding of the underlying operation of a modern digital computer


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%omputer Fundamentals and rogramming %oncepts!igital $lectronics


The student will be able(

To learn how the computer hardware has evolved to meet the needs of multiprocessing systems.

To explain the ma@or components of a computer including %C, memory,


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p p g g y-44>.

-. To develop a program to load the two hexadecimal numbers 3E> and E5> in registers A and 7 respectively. Add the numbers, and display the sumat the 0$! output ports #'T .

/. To develop a program to load the two largest E digit hexadecimal numbers. Add the numbers, and display the sum. Assume register of your choice

E. To develop a program to load the two hexadecimal numbers 3E> and E5> in registers A and 7 respectively. Subtract the numbers, and display thesum at the 0$! output ports #'T -

3. To develop an Assembly %ode to perform the swapping of data of two memory locations

". To develop an Assembly %ode to perform 'ight rotation and left rotation of the 'egister !.

6. To develop an Assembly %ode to multiply two >exadecimal numbers.

5. ;rite an Assembly %ode to count number of lBs in the contents of ! register and store the count in the 7 register.

D. To develop a program in assembly language program to find the s*uare of numbers

4. To assume the register 7 holds D5> and the accumulator holds 3 >. illustrate the results of the instructions #'A 7, I'A 7 and %+A.

. To develop an 5453 assembly language program to find the smallest value between two number in memory location -544> and -54. Store thevalue in memory location /444>

-. To develop an 5453 assembly language program to find the smallest value between two number in memory location -544> and -54. Store the

value in memory location /444>

)e#,-o- 8or Course Deli(er:

The class will be taught using theory and practical based method. The course instructor will assign case studies to students for better understanding ofthe concepts learnt during theory class. The student will be able to apply the knowledge of hardware in real time.



@6 96 100


Continuous Assess.ent/Intern,l Assess.ent En# Ter.

Ex,.in,tion

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Co.7onents 3Dro7

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Text = Re8eren%es:

Text:

%omputer System Architecture, +. +orris +ano, /rd$dition, >


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Mo#ule : I.7ression M,n,-e.ent 8or C,reer En2,n%e.ent


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7 -

964

Des%ri7tors/To7i%s

+eaning & %omponents of n5 Cl,ss Test So%i,l A>,reness

)ro-r,..e

Hourn,l For Su%%ess Atten#,n%e

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Co.7onents 3Dro7 #o>n

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Text = Re8eren%es:

Singh A. :anuary -4/K Achieving 7ehavioural $xcellence for SuccessK ;iley ublication.

angelist 0. Anita, +ark =. ?napp, uman 'elationships( Third $dition, Allyn and 7acon

:ulia T. ;ood.


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Course Title: Ger.,n l,n-u,-e se.ester @ Cre#it Units: 1

Course Le(el: @ Course Co#e: To $e #e%i#e# l,ter

Course O$'e%ti(es:

The main ob@ective in this semester is to consolidate the content taught in the previous "

semesters with emphasis on the three skills( speaking, reading and writing.

)re*re+uisites: Fun%tion,l ;no>le#-e o8 se.ester


ei-2t,-e

345

Mo#ule I

Its so 2,77ene#

14

Des%ri7tors/To7i%s

)rammar

%on@unctions( LAls8 and Lwenn8 $xercise based on LAls8 and Lwenn

Mo#ule II

T2e Ger.,n s7e,;in- %ountries3Die deutschsprachigen Lnder

",rr,tion o8 , s2ort stor 3T,s%2en#ie$5

9 4

Des%ri7tors/To7i%s

'evision of i.e. =ominative Accusative and !ative forms

)enitive %ase with definite articles

)enitive %ase with indefinite articles

Mo#ule III

Do ou ;no> )eter ),n 3Jennt i2r )eter ),n5

94

Des%ri7tors/To7i%s

)enitive repositions(9wMhrend, wegen8 trot1 & statt8

Ad@ective ending with definite articles and indefinite articles, with ossessive pronoun and without articles

Ad@ective ending with the )enitive %ase


L T )/

S

S/F

TOTAL

CREDI

T

U"ITS

At the end of the course the student will be able understand and communicate in complex structures.


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p

'ead fluently and understand a variety of texts and stories.

)e#,-o- 8or Course Deli(er: Inter,%ti(e le%tures< %on(ers,tion ,n# tr,nsl,tion

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List o8 ex7eri.ent:



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Re8eren%es:


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7ock, )erdes, +Nller & +Nller, -445-44D, T2e.en ,;tuell 1< +ax >ueber erlag )erman 7ook %entre

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Annexure O%! 4B

%ourse Title( 7asics of Anchoring for 'adio & T

0evel( #pen elective for C)

%ourse %ode(

%ourse #b@ectives(

iG To make the students confident of appearing in front of a cameraii/ To make the students learn how to present content in Audioisual medium.

rere*uisites(

Students with good communication skills and knowledge of current affairs

Students should be willing to present themselves on screen with content.

Student 0earning #utcomes(

iG Students will be able to define anchoring and the traits of an anchor.iiG Students will be able to record their anchor pieces and radio programmes.

iiiG Students will indentify latest trends and able to create concepts & programmes for $lectronic media.

%ourse %ontents2Syllabus(

;eightage JG

+odule < ( 34J

0 T 2

S

S;2F

;

T#TA0

%'$!in- %ourse >ill 2el7 stu#ents in t2e 8ollo>in- ,re,s

After successful completion of this course, students will have a better understanding of the

roducing of digital images,

+odification of digital imageseditingG

$mploy & practice concepts of isual communication and storytelling.

Students will be able to create and design work on pro@ects that address both the art of the medium as well as the commercial application.


ei-2t,-e 345

Mo#ule I Approach to Visual Coposi!on

90

rinciples #f composition

7asic %omponent of %omposition

'ule of thirds

Source of light(=atural and Artificial

!irection and angle of light

0ighting contrast and its control

$lectronic flash and its synchronisation

Three point light system

Mo#ule II isu,l )er%e7tion

0 7asics of %amera aperture, shutter speed, focal length, depth of field etc.,G %amera operations Types of

%amera, Types of 0enses. The art of seeing

Aperture and depth of field

Shutter and motion

Film Speed


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Practicing Indoor & Outdoor Lighting Techniques

Photography Assignments and Projects

Developing Personal Digital Portfolio

Digital Image Manipulation using computer softare

)e#,-o- 8or Course Deli(er:

The classes will also have a lot of practical exercises to understand the various techni*ues and practically apply them.



44 44



Ex,.in,tion

Co.7onents 3Dro7

#o>n5Assignment %lass test ro@ect Attendance

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=


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. +ichael, -44/G.Basic PhotographyBPlume

-. eterson, 9010G.Bryan nderstanding !xposure< Amphoto 7ooks

Aerospace 7th Sem

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Transcript of Aerospace 7th Sem